Skechers GO WALK Flex - Black - UK 10



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Currently unavailable
The Skechers GO WALK Flex Waterproof Trainers are designed for active adults who need a reliable, comfortable shoe for daily walking and light exercise. Featuring the brand's signature hands-free slip-in technology and a waterproof upper, these trainers offer the convenience of easy entry combined with weather protection; however, the structured fit may require a break-in period for those transitioning from less supportive footwear.
| Age Group | adult |
|---|---|
| Colour | Black |
| Gender | Male |
| Material | Polyester |
| Shoe Size UK | 10 |
| Accent Colour | Black |
| Shoe Type | Trainers |
| Series | Go Walk Flex |
| Model Part Number | Mens/39882-74618-10 |
| Brand | Skechers |
It is recommended to clean them with a damp cloth to protect the waterproof technology and the structure of the slip-in heel.
These are optimized for walking and daily casual use, rather than high-impact athletic running.
It features a molded heel cup that allows you to step directly into the shoe without needing to use your hands to pull the back up.
Yes, they feature 100% waterproof Breathe Easy Technology designed to block external water while letting heat escape.
The trainers fit true to size. If you usually wear a UK 10, the size 10 variant will provide a standard athletic fit.
The Heel Pillow needs time to adapt to your foot shape; wear them for short periods around the house to break them in.
Ensure the lace-up area is properly tensioned to maintain the seal; if the exterior remains saturated, allow them to air dry naturally away from radiators.
Because these trainers feature the Skechers Hands Free Slip-ins design, no complex setup is required. To maintain the waterproof integrity of the polyester upper, wipe the shoes down with a damp cloth after exposure to mud or salt. Avoid machine washing to preserve the life of the waterproof membrane and the shape of the Memory Foam insole. Ensure you store the shoes in a cool, dry area away from direct heat sources, which could potentially degrade the synthetic materials and the moisture-blocking finish.